In this study, an efficient numerical procedure is introduced to the solution of the dynamic
response of functionally graded porous (FGP) beams. The elastic modulus and mass density …

In this study, two different general eigenvalue problems for nanobeams made of functionally
graded material with pores in their sections according to Rayleigh beam theory using …

The main objective of this study is to present an accurate and consistent original formulation
to describe the interaction between planar straight/curved beam structure and orthotropic …

In this study, dynamic behaviour of viscoelastic functionally graded shells under time-varying
load is investigated. Displacement field is obtained by using higher order shear deformation …

In scope of this study, forced vibration analysis of viscoelastic helical rods with varying cross-
section and functionally graded material are investigated. Differential equations governing …

In this article, the behavior of viscoelastic porous functionally graded (FG) shells regarding
the free and damped forced vibration analysis is investigated. The differential equations are …

Free vibration of functionally graded beam integrated with Terfenol-D layer on Winkler-two
parameter and viscoelastic foundation are studied by means of differential quadrature …

The paper presents an efficient numerical method for free vibration analysis of non-uniform
and non-homogeneous cylindrical helices. Power law distribution is used for the variation of …

The main purpose of this study is to investigate free vibrations of cylindrical helical rods with
variable cross-section, composed of functionally graded materials, which may be used to …

The effect of temperature dependent material properties on the free vibration of FG porous
beams is investigated in the present paper. A quasi-3D shear deformation solution is used …